GreenPower and Perrone Robotics deliver first fully autonomous EV Star to JTA

Dec. 18, 2020
GreenPower’s EV Star expected to enter full Level 5 Autonomous Service with JTA in early 2021; GreenPower, Perrone and First Transit have signed an agreement to build second fully autonomous EV Star for demonstration tour in early 2021.

GreenPower Motor Company Inc. delivered the first fully autonomous EV Star to Jacksonville Transportation Authority (JTA) in collaboration with Perrone Robotics.   

The JTA is currently working with local colleges, medical campuses and other partners to create the nation’s first public transportation network powered by autonomous vehicles. GreenPower’s fully autonomous EV Star, developed in collaboration with Perrone Robotics, is expected to enter service in February 2021 after an initial calibration period.  

Brendan Riley, president of GreenPower commented, “We are seeing a dramatic increase in autonomous vehicle demand and this vehicle demonstrates the compelling marriage of advanced technologies with the customer’s own unique requirements. An autonomous vehicle like our EV Star really opens the door for other automated applications, such as delivery services, and we really see a wide-open market. With a fully autonomous EV Star, GreenPower can lead the way in this exciting, disruptive space.”   

Ryne Shetterly, vice president of sales and marketing at GreenPower added, “The collaboration between Perrone Robotics and GreenPower Motor Company has proved successful and we are excited to deliver the first unit to JTA.” Shetterly continued, “As a result, we are in the process of building a second unit in partnership with both First Transit and Perrone Robotics for a nationwide sales demo tour scheduled to begin in March 2021. First Transit is one of the leading transit solutions providers to transit properties all across country and this tour will allow GreenPower to leverage their reach and influence within the space.” 

Jacksonville Transportation Authority
Jta 10881642
Jta 10881642
Jta 10881642
Jta 10881642
Jta 10881642